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Server processor HP BL465c G7 AMD Opteron 6272 2.1 GHz 16 cores Socket G34
HP BL465c G7 server processor based on the AMD Opteron 6272 architecture. This server-grade CPU offers 16 physical cores running at a base frequency of 2.1 GHz, built on a 32 nm process and featuring a 16 MB L3 cache. Designed for Socket G34 platforms and intended for use in server or workstation environments, the processor supports memory clock rates up to 1600 MHz and is suitable for environments that require sustained multi-threaded performance. The processor is rated with a maximum junction temperature of 69 °C and is optimized for rack-mounted blade systems that require reliable compute density.
The 16-core layout provides high parallel processing capacity for multi-threaded applications and virtualization. A substantial L3 cache helps reduce memory latency for database and compute workloads. Compatibility with Socket G34 blade platforms simplifies integration into HP BL465c G7 systems and similar server chassis. Built for 24/7 operation, the design balances core count and power characteristics for dense server deployments.
Install the processor into a compatible Socket G34 motherboard or blade server following the server vendor's hardware installation procedures. Ensure proper orientation and secure the CPU according to the chassis guidelines. Apply appropriate thermal interface material and attach the recommended cooling solution for blade installations. Configure firmware/BIOS settings to recognize the CPU and verify memory and processor settings match the supported specifications. Use updated server firmware and drivers for best stability in production environments.
For reliable operation, deploy this processor in servers with adequate cooling and airflow typical for blade infrastructures. Use matched memory modules running at supported speeds up to 1600 MHz and test virtualization or database workloads under expected load to confirm performance and thermal behavior. Maintain firmware and system monitoring to keep junction temperatures within specified limits.
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